Understanding three approaches to reporting sudden unexpected infant death in the USA.

INTRODUCTION: In the USA each year, there are approximately 3400 sudden unexpected infant (<1 year of age) deaths (SUID) which occur without an obvious cause before an investigation. SUID includes the causes of death (COD) undetermined/unknown, sleep-related suffocation/asphyxia and sudden infant death syndrome (SIDS); these are often called SUID subtypes. Three common ways SUID subtypes are grouped (SUID subtype groups) include International Classification of Diseases (ICD) Codes, SUID Case Registry Categories or Child Death Review (CDR)-Assigned Causes. These groups are often used to monitor SUID trends and characteristics at the local, state and national levels. We describe and compare the characteristics of these three SUID subtype groups. DISCUSSION: SUID subtype groups are distinct and not directly interchangeable. They vary in purpose, strengths, limitations, uses, history, data years available, population coverage, assigning entity, guidance documentation and information available to assign subtypes. CONCLUSION: Making informed decisions about which SUID subtype group to use is important for reporting statistics, increasing knowledge of SUID epidemiology and informing prevention strategies.

Implementation of Safety Standards for Youth Sports Leagues: The "Safe Stars" Example in Tennessee.

OBJECTIVE: Discuss the implementation of the nation's first statewide standardized youth sports safety program and review the current culture and status of youth sports which led to its development. DESIGN: Descriptive. SETTING: State of Tennessee. INTERVENTIONS: The "Safe Stars" Initiative. MAIN OUTCOME MEASURES: Provide a summary of the process of devising, developing, and deploying a set of evidence-based and best practice criteria to improve the health, safety, and well-being of youth athletes. CONCLUSIONS: Safe Stars provides a structured opportunity for every child to play sports and develop successful habits and skills for life while safely doing so. We intend for this to serve as a roadmap for others to adopt and institute a statewide philosophy that emphasizes the importance of a safe, positive, and high-quality experience for children while holding their respective youth sports communities accountable for its achievement. Currently, very few leagues meet the recommended minimum standards of safety. Continued advancement of strategic partnerships as well as research into the program's impact on sports participation, health, and safety will be some of the critical next steps in realizing the full value of this program.

Improving Safe Sleep Modeling in the Hospital through Policy Implementation.

Introduction Sleep-related infant deaths are major contributors to Tennessee's high infant mortality rate. The purpose of this initiative was to evaluate the impact of policy-based efforts to improve modeling of safe sleep practices by health care providers in hospital settings across Tennessee. Methods Safe sleep policies were developed and implemented at 71 hospitals in Tennessee. Policies, at minimum, were required to address staff training on the American Academy of Pediatrics' safe sleep recommendations, correct modeling of infant safe sleep practices, and parent education. Hospital data on process measures related to training and results of crib audits were compiled for analysis. Results The overall observance of infants who were found with any risk factors for unsafe sleep decreased 45.6% (p ≤ 0.001) from the first crib audit to the last crib audit. Significant decreases were noted for specific risk factors, including infants found asleep not on their back, with a toy or object in the crib, and not sleeping in a crib. Significant improvements were observed at hospitals where printed materials or video were utilized for training staff compared to face-to-face training. Discussion Statewide implementation of the hospital policy intervention resulted in significant reductions in infants found in unsafe sleep situations. The most common risk factors for sleep-related infant deaths can be modeled in hospitals. This effort has the potential to reduce sleep-related infant deaths and ultimately infant mortality.